Travelled to:
1 × Estonia
1 × India
5 × USA
Collaborated with:
K.Manassiev M.A.Sharaf A.L.Cox W.Zwaenepoel J.Chen M.Mihailescu C.(.Zhao J.G.Steffan A.Kielstra P.K.Chrysanthis A.Labrinidis G.Soundararajan R.Christodoulopoulou A.Bilas S.Dwarkadas K.Rajamani B.Wu M.DeLap B.Knutsson H.Lu D.Lupei B.Simion D.Pinto M.Misler M.Burcea W.Krick
Talks about:
transact (3) softwar (3) memori (3) share (3) multiplay (2) distribut (2) transpar (2) support (2) cluster (2) between (2)
Person: Cristiana Amza
DBLP: Amza:Cristiana
Contributed to:
Wrote 9 papers:
- CC-2012-ZhaoSAK #compilation
- Compiler Support for Fine-Grain Software-Only Checkpointing (C(Z, JGS, CA, AK), pp. 200–219.
- PPoPP-2010-LupeiSPMBKA #game studies #memory management #parallel #scalability #towards #transaction #using
- Towards scalable and transparent parallelization of multiplayer games using transactional memory support (DL, BS, DP, MM, MB, WK, CA), pp. 325–326.
- SIGMOD-2009-SharafCLA #interactive #optimisation #transaction
- Optimizing i/o-intensive transactions in highly interactive applications (MAS, PKC, AL, CA), pp. 785–798.
- VLDB-2008-SoundararajanCSA #clustering
- Dynamic partitioning of the cache hierarchy in shared data centers (GS, JC, MAS, CA), pp. 635–646.
- PPoPP-2006-ChristodoulopoulouMBA #clustering #performance
- Fast and transparent recovery for continuous availability of cluster-based servers (RC, KM, AB, CA), pp. 221–229.
- PPoPP-2006-ManassievMA #clustering #concurrent #distributed #memory management #transaction
- Exploiting distributed version concurrency in a transactional memory cluster (KM, MM, CA), pp. 198–208.
- PPoPP-2005-ChenWDKLA #game studies #locality #multi
- Locality aware dynamic load management for massively multiplayer games (JC, BW, MD, BK, HL, CA), pp. 289–300.
- HPCA-1997-AmzaCDZ #adaptation #multi #protocol
- Software DSM Protocols that Adapt between Single Writer and Multiple Writer (CA, ALC, SD, WZ), pp. 261–271.
- PPoPP-1997-AmzaCRZ #distributed #memory management #trade-off
- Trade-offs Between False Sharing and Aggregation in Software Distributed Shared Memory (CA, ALC, KR, WZ), pp. 90–99.